- Overview of the Conference
The International Conference on Green and Sustainable Materials (ICGSM-2025), hosted by College of Applied and Health 新月直播app下载s at A鈥橲harqiyah University, aligns with Oman鈥檚 Vision 2040, emphasizing environmental care and responsible development. The event aims to gather a diverse group of experts, researchers, and students, fostering discussions on sustainable materials, eco-friendly technologies, and innovative approaches for a more responsible future.
ICGSM-2025 will bring together experts from various disciplines, exploring green chemistry, renewable energy, and other essential topics that support the shift towards a low-impact, resource-efficient society. Through this conference, ASU aims to strengthen its standing as a leader in sustainability, fostering connections between academics, industries, and policymakers to tackle environmental challenges and shape the future of sustainable practices.
The conference's themes represent a broad approach to sustainability, covering essential topics in green chemistry, renewable energy technologies, and scientific approaches to environmental challenges. By addressing these themes, ASU seeks to promote the exchange of knowledge and ideas while creating new opportunities for cooperation among scientific communities, both within Oman and internationally.
- Conference Goals
2. Elevate ASU鈥檚 Role in Sustainable Development
3. Address Global Environmental Challenges .
4. Build Strong Industry and Academic Partnerships
- Conference Details
- Mode of Organization: Hybrid (In-person and Virtual)
- Mode of Presentation: Oral and Poster
- Conference Tracks
- Themes:
- Green Solvents and Catalysis
- Sustainable Chemical Reactions
- Green Extraction Techniques
- Eco-friendly Synthesis Pathways
- Biodegradable Polymers and Materials
- Themes:
- Solar Energy Harvesting Materials
- Wind Energy Materials and Technologies
- Biomass Conversion for Energy
- Hydrogen Storage Materials
- Sustainable Energy Conversion Devices
- Themes:
- Renewable Energy Solutions and Physics
- Sustainable Materials and Physics Innovations
- Climate Resilience Strategies using Physics
- Green Technology Development through Physics
- Environmental Impact Assessment and Physics Analysis
- Mathematical Modeling for Environmental Stewardship
- Optimization of Sustainable Practices through Mathematics
- Statistical Analysis for Sustainable Development
- Mathematically Informed Conservation Strategies
- Data Analytics for Environmental Sustainability
- Biodiversity Conservation and Sustainable Ecosystems
- Ecological Restoration and Sustainable Practices
- Sustainable Agriculture and Biological Solutions
- Bioinformatics for Environmental Sustainability
- Human Health and Environmental Biology Relations
- Climate Resilience and Biodiversity Conservation
- Pollution Control and Health Sustainability
- Green Practices in Agriculture for Sustainability
- Ecological Restoration for Environmental Balance
- Microbial Ecology for Sustainable Biogeochemistry
